Training Program

The goal here is rate of force development (RFD) — how quickly your muscles can go from zero to maximum force output. This is the neurological foundation of athleticism and it declines faster with age than raw strength. Full reset between every rep so each jump is max effort, not a rhythm. Jump up, step down — jumping down creates needless eccentric stress on the Achilles and patellar tendon. Cue: "explode through the floor." Land with soft knees to train the eccentric deceleration that prevents ACL and meniscus injuries.

Trains horizontal power expression — the same force vector as sprinting and running acceleration. Hip extension velocity is the limiting factor, not leg strength. Pause fully between reps so the nervous system resets. Soft landing that absorbs into a hip hinge position, then stand fully before the next jump. Cue: "throw your hips through." Over time, track your distance as a proxy for lower body power output.

The primary lower body strength builder. Trains quads, glutes, hamstrings, and adductors as a compound unit. Attia emphasizes leg strength as one of the top predictors of longevity — quad strength in particular correlates strongly with reduced fall risk and all-cause mortality. RPE 8 = 2 reps in the tank. Add weight the following week when the top set feels controlled at all 8 reps. Cue: "chest up, knees out, sit between your feet." Depth below parallel is non-negotiable — it's where the glutes fully engage.

Ben Patrick's signature movement. "ATG" (ass to grass) means a full, uncompromised split squat where the knee travels as far over the toes as possible. Most people have been told "don't let your knees go over your toes" — this is biomechanically backwards. Research shows the knee joint tolerates this load well when trained progressively. The real damage comes from weakness at the end range, not from the range itself. Heel elevation reduces the ankle dorsiflexion demand and lets you focus on the knee track. Progress toward flat foot over months. Cue: "sink the knee toward the floor, keep torso upright."

The rear-elevated split squat is one of the highest-stimulus unilateral lower body exercises. Because it's single-leg, it catches left-right strength imbalances that bilateral squats can mask — particularly relevant for scoliosis management. Research shows it activates glutes and quads comparably to the back squat while placing significantly less compressive load on the lumbar spine. The rear foot elevation adds a hip flexor stretch component, making this both a strength and mobility exercise. Cue: "front shin stays vertical, drop straight down."

One of the most evidence-backed injury prevention exercises in existence. A landmark RCT (Petersen et al.) found a 51% reduction in hamstring injuries in soccer players who added Nordic curls — the single largest injury reduction ever documented for a single exercise. The exercise trains the hamstring eccentrically through extreme knee flexion, the exact position where hamstring tears occur during sprinting and deceleration. Use a band looped around a rig or have someone hold your ankles. Lower as slowly as possible — the eccentric is the point. Cue: "fight the descent with everything you have."

The hip thrust produces the highest glute activation of any exercise (Contreras et al.) because the horizontal force vector loads the glute max in its shortened, contracted position — something vertical exercises like squats don't achieve. Strong glutes mean better running mechanics, lower back protection, and reduced knee valgus under fatigue. The glute max is your largest and most powerful muscle; keeping it strong is foundational to everything else. Brief hold at the top with full hip extension. Cue: "push the floor away, squeeze at the top."

The tibialis anterior is the most chronically undertrained muscle in the lower leg. It dorsiflexes the ankle and directly counterbalances the calf — weakness here causes shin splints, poor ankle stability, and impaired knee tracking during squats and running. Ben Patrick popularized this as foundational KOT work. Stand with back against wall, weight on heels, and raise the toes toward the shin. Once bodyweight is easy, rest a plate on the top of your foot. Strong tibialis = better dorsiflexion range = deeper squat depth. This is the exercise most people skip and most need.

Targets the hip flexors and rectus femoris — the muscles that become short and overactive from prolonged sitting. Tight hip flexors pull the pelvis into anterior tilt, increasing lumbar compression and inhibiting the glutes. The couch stretch is the most effective hip flexor stretch because it pins the femur in extension while allowing full knee flexion. Two minutes per side is the minimum to create actual tissue change.

Opens the piriformis and external hip rotators — muscles that tighten from heavy squatting and prolonged sitting. Tight external rotators are a major contributor to sciatic nerve irritation. The hip internal rotation range gained here directly improves squat depth and running gait. Breathe into the tension and let it release rather than forcing it.

Target ~145 bpm — the upper ceiling of Zone 2. Conversational pace: you should be able to speak in full sentences without gasping. The nose-breathing test is the field calibration: if you can't breathe exclusively through your nose, you've crossed into Zone 3. Zone 2 training drives mitochondrial biogenesis (literally growing new mitochondria) and improves the ability to oxidize fat at high intensities — the aerobic adaptations that most directly extend healthspan per Attia. Build toward 50–55 min over 6–8 weeks.

Progressive pull-up loading is one of Attia's centenarian decathlon markers. The pull-up simultaneously trains lat width, biceps, rear deltoids, rhomboids, and — critically — grip strength. Grip strength is one of the most consistent predictors of cardiovascular health and all-cause mortality across every population studied (Leong et al., Lancet 2015). Strict form over kipping: the slow eccentric on the descent is where most of the strength adaptation occurs. Full dead hang at the bottom. Add a 10–45 lb plate when all 8 reps feel easy. Cue: "lead with your chest, pull elbows to hips."

Chest on an incline bench completely eliminates lower back compensation, making this the most honest horizontal pull. Targets the mid-traps and rhomboids — the muscles that pull the scapula back and down, counteracting the forward-rounded posture your desk enforces for 8+ hours a day. These muscles are almost universally weak and underactive in desk workers. Full row to the hip with a pause at the top. Cue: "row your elbow past your ribcage."

The face pull is the single best exercise for shoulder longevity and desk job recovery. It trains external rotation of the humerus and scapular retraction simultaneously — the opposite of what sitting at a computer enforces. The posterior deltoid and infraspinatus (external rotator cuff) are activated. Rationale: for every set of pressing you do, those muscles are being pulled into internal rotation. Face pulls are the counterweight. Use a rope attachment, pull to forehead level, and flare the elbows high. Go light enough to feel the rotation, not just the pull. Cue: "pull apart the rope at your face, not just to it."

Targets the posterior deltoids, middle and lower trapezius, and rear shoulder complex. These muscles are chronically inhibited in desk workers because prolonged forward head posture and internal shoulder rotation keeps them in a lengthened, neurologically downregulated state — they "turn off." High-rep band work wakes them up. Keep arms straight and pull through chest height. Extremely light resistance, extremely high quality. Cue: "arms straight, squeeze shoulder blades together at the end of every rep."

Finishing volume for the lats. Wide grip emphasizes the lateral lat, contributing to the V-taper and improved shoulder stability. Full stretch at the top — let the scapula elevate — before pulling down to the collar bone. The stretch at the top is where lat length is developed, which directly improves overhead range of motion.

The most important single exercise for desk workers. For every inch the head migrates forward from neutral, the effective load on the cervical spine increases by approximately 10 lbs (Hansraj, 2014). At the average desk worker's head position, the cervical spine is bearing the equivalent of a 40–60 lb head. The chin tuck (cervical retraction) restores the natural lordotic curve and activates the deep cervical flexors — the muscles that have been neurologically inhibited by this forward position. Think "make a double chin." Do these every morning before you even sit down. Cue: "retract, don't tilt down."

The levator scapulae connects C1–C4 to the superior angle of the scapula. It's the muscle responsible for that "knot" sensation between the neck and shoulder blade that desk workers know intimately. It's chronically shortened because elevated, protracted shoulders (the desk posture) is exactly the position where this muscle shortens. Stretch: look down 45° toward your armpit (away from the tight side), then use gentle hand pressure on the back of the head for overpressure. 90 seconds is the minimum to create real change.

The pec minor runs from ribs 3–5 to the coracoid process on the scapula. When tight, it tilts the scapula forward and pulls the shoulder into internal rotation — the exact posture that causes shoulder impingement and the rounded appearance of desk workers. Arm in doorway at 90°, body leaned through the opening. You should feel this in the front of the shoulder, not the bicep. This stretch directly counteracts the single most common postural dysfunction in office workers.

The thoracic spine is anatomically designed for extension and rotation, but desk work forces it into sustained flexion for hours daily. Over months and years, the T-spine loses extension mobility and the thoracic erectors adaptively shorten. This has cascading effects: the lumbar spine compensates by hyperextending, and the shoulder blades can't retract properly because their base (the thoracic cage) is locked in flexion. Foam roll segment by segment from T12 up to T1, spending 20–30 seconds per level. This is the most important structural exercise in the program for your specific issue. Cue: "support your neck, let gravity do the work."

On all fours, thread one arm under your body to rotate the thoracic spine. This directly trains the rotational mobility the thoracic spine is supposed to have but loses first from desk work. The rotation here decompresses the facet joints and stretches the thoracic rotators. Breathe into the stretch — each exhale lets you rotate a few degrees deeper. The side that's tighter is the side to spend more time on.

Hold a deep lunge — front knee at 90°, back knee down. The iliopsoas and rectus femoris shorten from prolonged sitting and become neurologically overactive, pulling the pelvis into anterior tilt. That forward tilt increases lumbar lordosis and compresses the lower back. Tucking the pelvis slightly deepens the stretch — you should feel it at the very front of the hip, not the quad.

Sit cross-legged or in a chair, neutral spine, arms crossed over chest or hands behind head. Rotate from the mid-back. The thoracic spine is designed for ~35–40° of rotation per side — it's the body's primary rotational segment. When it seizes up from desk work, the rotation demand shifts to the cervical spine (neck) and lumbar spine, neither of which are built for it. That's where disc problems and facet irritation originate. Cue: "initiate from the mid-back, not the shoulders."

Light band around knees, lying on your side. Opens the hip external rotators and pre-activates the glute medius before loading. The glute medius stabilizes the pelvis during single-leg stance — if it doesn't "turn on" early, the hip thrust and KB swings will be dominated by the lower back. A few minutes of activation work before posterior chain training pays dividends.

This is the primary strength mover on Thursday — go heavier here than the accessory sets on Monday. The hip thrust is the most direct substitute for the deadlift when it comes to loaded hip extension: it places the glute max under maximum tension at the shortened position (full hip extension at the top), which vertical hip hinge movements don't achieve. Barbell across the hips, upper back on bench, drive through the heels. Brief hold at the top with fully extended hips. Progressively add weight each week — this is your posterior chain strength benchmark.

Stand facing away from the cable stack with the cable between your legs. Hinge at the hips — torso descends toward horizontal — then drive hips forward to standing. This is a pure hip hinge under load without any spinal compression, making it excellent for learning and reinforcing the hinge pattern. The cable's constant tension also loads the hamstrings and glutes through a longer range than most exercises. Cue: "push the floor away with your feet as you extend, not your lower back."

The ballistic hip hinge — the same explosive pattern as a sprint stride, condensed into a gym movement. The swing trains rate of force development in the posterior chain: glutes, hamstrings, and erectors must fire rapidly at the bottom of the hinge to reverse the KB's momentum. This is one of the best power-endurance exercises because it keeps the heart rate elevated while building hip extension strength. The KB should float, not be muscled up. Cue: "hinge back hard, snap the hips through — arms are just ropes."

Trains the hamstrings as knee flexors — the movement that occurs when the knee bends under load. Monday's Nordic curl trains the same muscle eccentrically from an upright position; the GHR trains it concentrically through a shorter range and is more approachable for most people. Together they build comprehensive hamstring strength. Anchor feet under a GHD machine or bar. Lower slowly, use arms to push off the floor if needed. Progress is made by reducing arm assistance over time.

Unilateral horizontal pull with a knee on the bench for support. Because you're pulling one side at a time, you can't compensate with the opposite arm — this exposes and corrects left-right lat and mid-trap strength imbalances, which are directly relevant for scoliosis management. Full ROM: let the dumbbell hang at the bottom (scapula protracts), then drive the elbow past the ribcage (scapula retracts and depresses). Cue: "row to your hip, not your shoulder."

Hinge forward at the hips, arms hanging below the chest, raise both DBs out to the sides. This targets the posterior deltoid and middle trapezius — muscles that are chronically weak in desk workers due to sustained internal shoulder rotation. Strong rear delts pull the humeral head back in the socket, directly counteracting the anterior shoulder migration that leads to impingement. Light weight, full arc, brief pause at the top. Cue: "lead with your elbows, not your wrists."

High-rep set today — the posterior shoulder benefits from volume. Rope attachment at face height, pull to forehead with elbows flaring high and externally rotating at the end. This is the weekly high-volume session for the external rotators and rear delts. As a desk worker doing pressing, face pulls are the balancing load — for every set of bench or dips, your shoulder health improves proportionally to how much face pull work you've done.

Daily non-negotiable. Deep cervical flexors activated, forward head posture corrected. Do these every single day, ideally before sitting down to work. The 5-second hold is what drives the motor pattern change — it teaches the deep flexors to sustain the retracted position, not just achieve it momentarily.

Segment by segment from T12 to T1. After Block B's rowing and fly work, the thoracic extensors are pre-activated — making this an ideal time to take that extension into a passive stretch. The muscles are warm and neurologically "awake," so the roller will yield more range than it would cold.

On all fours, thread one arm under the body to rotate the thoracic spine. Each exhale allows a few more degrees of rotation. The side that's tighter corresponds to your scoliosis pattern — spend an extra breath there.

Both hips at 90° — front leg trains external rotation, back leg trains internal. After a posterior chain day, the hip external rotators are under load and benefit from this sustained stretch. Internal rotation in particular is the range most compressed by heavy hip thrusts and swings.

Hip flexors are eccentrically loaded during hip thrusts (they decelerate hip extension) and are then in a shortened position for the rest of the day if you sit afterward. The couch stretch directly counteracts both. Tuck the pelvis for a deeper stretch in the rectus femoris.

Anti-lateral flexion — the most scoliosis-specific core work in the program. After a strength day, the core has been loaded heavily; the side plank finishes it with the stability pattern that directly resists the scoliotic curve. Extra emphasis on the convex side.

Lumbar extension to counteract disc compression from the day's seated loading. Hips on floor, arms press the chest up. Slow, deliberate extension. If any symptoms radiate down the leg, stop and reassess.

Primary horizontal push. Trains the pectorals, anterior deltoids, and triceps as a compound unit. Attia lists upper body pushing strength as a centenarian decathlon metric — being able to push yourself up off the floor at age 85 is a genuine survival skill that requires years of maintained pushing strength. Touch the chest on every rep; a half-rep bench press is a half-built chest. Controlled descent (2 seconds down) keeps the pecs under tension longer and reduces injury risk. Add weight each week when the top set feels smooth at all 8 reps.

The dip trains chest, triceps, and anterior delts through a longer range of motion than bench press, with the added benefit of training scapular depression — a movement pattern that's largely absent from bench press and essential for shoulder health. Full depth means shoulders below elbows; stopping above 90° largely removes the pec from the movement. The weighted dip is also a good indicator of relative strength — being able to dip with your bodyweight in added load is a meaningful milestone.

Dumbbells allow a more natural pressing path than the barbell, reducing shoulder impingement risk while adding rotator cuff stabilization demand. The shoulder press directly builds overhead strength — getting a heavy bag into an overhead bin, pressing yourself overhead off a surface — movements that become progressively harder with age if not trained. Cue: "press straight up, don't let the elbows flare forward."

The bar returns to the floor fully between every rep, eliminating momentum and requiring each rep to be pulled from a dead stop — the same mechanical advantage as the Pendlay bench. This makes it significantly more demanding than a standard bent-over row. Horizontal pulling builds the upper back thickness that supports posture and directly counteracts the rounded-shoulder pattern. Cue: "chest parallel to the floor, pull bar to lower sternum."

Attia calls loaded carries one of the most important longevity movements — and possibly his favorite single exercise. The farmer carry simultaneously trains grip strength, loaded gait pattern, trunk anti-lateral flexion, and cardiovascular demand. Population studies consistently show grip strength as one of the strongest predictors of all-cause mortality — stronger than blood pressure in some analyses. Go heavy: if your lungs aren't working and your grip isn't challenged, you're not getting the full benefit. Cue: "tall spine, slight core brace, normal gait rhythm."

Passive shoulder distraction decompresses the glenohumeral joint and stretches the lats and thoracic fasciae under load — a form of spinal traction that's earned after heavy pressing and pulling. Also builds grip endurance, which transfers directly to pull-up performance and the farmer carry. The long-term goal is 60+ seconds. After a full upper body day, hanging feels like medicine. Cue: "shoulders up toward ears to start, then let them depress naturally."

Trains anti-extension — the core's primary job of resisting lumbar hyperextension under load. Stuart McGill identifies this as far more spine-safe than crunches or sit-ups, which create significant disc compressive forces. The ab wheel demands co-contraction of the rectus abdominis, transverse abdominis, and obliques simultaneously through a long lever arm. From knees initially; progress to standing rollouts when knees feel easy. Cue: "ribs down, don't let the lower back sag as you extend."

The Pallof press trains anti-rotation — resisting the tendency of the spine to rotate under load. It's the most scoliosis-appropriate core exercise in the program because it loads the obliques and transverse abdominis without creating the asymmetric spinal compression that exercises like cable twists do. The obliques are the primary anti-rotators; these are the muscles that prevent the scoliotic curve from progressing under load. Hold the press-out position for 1–2 seconds. Cue: "don't let the cable pull your hands toward it."

A randomized controlled trial (Harøy et al., BJSM 2019) found a 41% reduction in groin injuries in soccer players who added Copenhagen planks — the largest single-exercise injury prevention effect ever documented for the groin. It trains the adductors isometrically in a lateral stability task that also challenges the lateral pillar. For runners, strong adductors stabilize the pelvis during single-leg stance, which is every stride. Foot on a bench, straight line from head to heel, breathe normally.

The dead bug trains co-contraction of the diaphragm, pelvic floor, and deep abdominals (transverse abdominis) — the deep stability layer that the bigger muscles sit on top of. The contralateral arm-leg extension challenges the core to resist rotation while maintaining neutral lumbar spine. For scoliosis, this is ideal because it loads the core symmetrically without creating asymmetric forces on the curve. The movement is deceptively simple; done correctly with lower back flat on the floor throughout, it's extremely demanding on the deep core. Cue: "exhale fully, press lower back into floor, then move."

The L-sit requires significant hip flexor strength (to hold the legs parallel to the floor), straight-arm pressing strength (to support bodyweight), and core tension to maintain the position. It's a skill-strength hybrid that reveals functional weakness most other exercises don't expose. Work up to 30-second holds over months — this is a long-term goal, not a week-one achievement. If you can't hold a full L, work on tuck holds (knees to chest) as a progression.

Draw one arm across the chest, use the opposite hand to press gently above the elbow. Stretches the posterior deltoid and teres minor — muscles that shorten from heavy pressing and pulling work and contribute to internal shoulder impingement when tight. Keep the shoulder packed down during the stretch, don't let it ride up toward the ear. This is the cool-down counterpart to all the upper body volume today.

Arm in doorway at 90°, lean the body forward through the opening. The pectorals — especially pec minor — shorten rapidly from pressing work and desk posture combined. Tight pecs pull the shoulder into internal rotation and anterior migration, setting the stage for shoulder impingement over time. Different elbow heights target different portions: 90° hits the sternal head, higher targets the clavicular head. After a full pressing day, this stretch directly counteracts the mechanical stress applied.

Your biggest aerobic investment of the week. Conversational pace throughout. Zone 2 training is the primary driver of mitochondrial biogenesis — you are literally growing new mitochondria in your muscle cells, increasing the machinery available for aerobic energy production. Given your 1:50 half marathon, your aerobic base is already strong — the goal is to deepen it and extend its ceiling. Build toward 75–90 min over 3–4 months. The long, unbroken duration is what makes this different from the shorter Zone 2 sessions: it depletes glycogen stores more fully, forcing greater fat oxidation adaptation.

The seated position bends the knee to ~90°, which slackens the gastrocnemius (the large, two-joint calf muscle), isolating the soleus. The soleus is a slow-twitch, highly oxidative muscle with an outsized metabolic role — recent research by Hamilton et al. (2022, iScience) found that soleus push-ups significantly improved blood glucose metabolism by keeping the soleus active. Full ROM with a pause at the bottom stretch is essential: the bottom position places the Achilles tendon under load at maximum length, stimulating collagen remodeling that directly prevents Achilles tendinopathy. Load with a plate on your knees once bodyweight is easy.

The standing single-leg calf raise targets the gastrocnemius through its full range and catches left-right strength asymmetries. Research on Achilles tendinopathy treatment (Alfredson protocol) found that heavy eccentric calf loading reduces pain and promotes tendon remodeling — a remarkable result for what's often considered a degenerative condition. Lower slowly (3 sec) and push up through the full range.

The tibialis anterior is almost universally undertrained and is the muscle directly responsible for controlling the foot strike in running (dorsiflexing the foot before heel contact). Weakness here leads to shin splints, ankle instability, and poor knee tracking. The calf and tibialis exist in an antagonist balance: strong calves + weak tibialis creates a tug-of-war the knee loses. This is Ben Patrick's most prescribed foundational exercise. Saturday gets extra sets because this is the joint longevity day.

Lower load than Monday. Today is about maximizing depth and ROM — it's joint maintenance, not stimulus. The ATG position (deepest possible split squat with knee over toes) places the knee joint in the exact position where most people have weakness. Ben Patrick's thesis is that this weakness, not the range itself, is what causes knee pain. Build this range progressively and knee discomfort while squatting often resolves on its own.

Named after strength coach Charles Poliquin. A low step (4–6 inches) forces terminal knee extension (TKE) under bodyweight load, specifically targeting the VMO (vastus medialis oblique) — the teardrop-shaped quad muscle that controls patellar tracking. VMO weakness is the primary contributor to runner's knee (patellofemoral pain syndrome) and IT band syndrome. The key is that the knee drives over the small toe at the top of the step, forcing the inward arc that activates the VMO. Cue: "slow and controlled, knee goes over the pinky toe."

The reverse Nordic trains the quads eccentrically through an extreme range of motion — from terminal extension all the way into deep knee flexion. This is the "quad version of the Nordic curl." The quadriceps are the most commonly injured lower-body muscle in athletics, typically tearing near the distal attachment under eccentric load — exactly the position this exercise strengthens. Ben Patrick considers this the single most important quad exercise for injury prevention. Start with minimal range (lean back only a few inches) and build over weeks. Progress is slow; patience here pays off over years.

HR < 120. Zero structure. This is movement for its own sake, not training stimulus. The research on active vs. passive recovery consistently shows that light movement accelerates clearance of inflammatory markers and soreness more effectively than complete rest — but only at truly low intensities. If you're sore from the week, you'll likely feel better after 20 minutes of walking than after 20 minutes on the couch. Let this be enjoyable.

The mechanism of foam rolling isn't "breaking up fascia" — the pressure isn't sufficient for that. The actual benefit is neurological: sustained pressure on a muscle activates Golgi tendon organ inhibition, temporarily reducing muscle tone and allowing greater range of motion. Find a tender spot and breathe into it for 20–30 seconds rather than rolling back and forth rapidly. The T-spine segment is highest priority given your desk job; spend extra time between T5 and T10.

Sunday's abbreviated version of the daily cervical routine. Chin tuck first — retract, don't tilt — then slow rotations left and right. Treat this as a check-in: which direction is stiffer than last Sunday? The tighter direction tells you which side of the neck accumulated the most tension from the week's desk work and training. The goal over months is symmetry.

Look down 45° toward your armpit and apply gentle hand pressure on the back of the head. The levator scapulae — running from C1–C4 to the shoulder blade — is almost certainly the primary driver of your neck/shoulder-blade tightness given your desk job. After a full training week this is usually the tightest structure in the whole neck complex. Don't rush the 90 seconds; the change happens at the end of the hold, not the beginning.

Arm at 90° in the doorway, lean body forward through the opening. After a week that includes bench pressing, dips, and desk sitting, the pec minor has been shortened from both ends simultaneously. This is the direct fix. Slightly higher elbow height (above 90°) targets the clavicular head of the pec major. You should feel this at the front of the shoulder and across the chest — not in the bicep.

Segment by segment from T12 up to T1. Even 2 minutes on Sunday counteracts 5 days of desk flexion. Find the segments that feel particularly sticky — usually around T4–T6 for desk workers — and hold there for an extra breath or two. Think of this as defragmenting the spine: you're restoring the extension that accumulated sitting stole one day at a time.

Same mechanics as Thursday but without counting. Move at whatever rhythm feels right — faster through easy segments, slower where you feel stiffness. Sunday's version is about tuning in and finding the spots the week left behind, not hitting a number. Let it be exploratory.

Lunge → same-side hand inside front foot → opposite arm reaches to the ceiling with thoracic rotation. Slow this version down and hold the top position for 2–3 breaths. It's also a recovery gauge: if hip flexors and thoracic rotation feel easy, you're recovering well. If they feel locked, that tells you something about accumulated fatigue or where to focus next week.

Both knees bent at 90°, one leg externally rotated in front, one internally rotated behind. Gently press both knees toward the floor. Hip internal rotation is among the first ranges lost in sedentary adults and a primary driver of compensatory lower back pain. Transition between sides by slowly rotating through the center. On Sunday, this is a passive hold — let gravity do the work rather than forcing it.

Front leg bent across, back leg extended behind. Targets the piriformis and gluteus medius — hip external rotators that tighten from both running and sitting. Breathe into the sensation and let it release with each exhale. The hip capsule responds to sustained pressure, not force. Tighter side gets an extra 30 seconds.

Full depth, knees over toes, heels flat if able. Use a doorframe for balance. Also a weekly recovery check: if this feels noticeably easier than Monday, your mobility is adapting. If it feels harder, you may be under-recovered. The body communicates through range of motion before it communicates through pain.

Overhead reach + deep side bend. Spend extra time on the convex side. Breathe into the ribcage expansion on that side — the intercostal muscles between the ribs on the convex side are compressed and shortened by the curve, and deep breathing + stretching is one of the only ways to directly address this. Think of it as creating space in the compressed side.

Viparita Karani — a mild inversion that promotes venous return from the lower extremities, reducing the swelling and inflammation that accumulates in the legs from a week of training. The parasympathetic nervous system activation lowers cortisol and heart rate — measurably shifting the body into recovery mode. After a full week of training, this is as physiologically productive as any recovery modality. Put your phone down, close your eyes, and breathe. Good way to end the week.